ASSESSING EUROPEAN REIMBURSEMENT FRICTION AND PRIVATE ACCESS RELIANCE ACROSS THERAPEUTIC AREAS
Author(s)
Nick Yiannouka, BSc, Higia Vassoler, BSc, MSc, Josh Grewal, BSc, MSci.
Remap Consulting UK Ltd, Alderley, Cheshire, United Kingdom.
Remap Consulting UK Ltd, Alderley, Cheshire, United Kingdom.
OBJECTIVES: To rank selected therapy areas (TAs) according to level of public reimbursement friction across European markets, and assess feasibility for private-market patient access.
METHODS: A two-stage review searched official HTA and policy sources up to 1 June 2026 (NICE/NHS England, SMC, HAS, G-BA/IQWiG, AIFA, TLV, Zorginstituut Nederland, EMA, ECDC, WHO/Europe, PPRI). Stage 1 screened 39 TAs against seven predefined reimbursement-constraint signals; those with more than four signals advanced to Stage 2 (n=10). Stage 2 scored private-launch reliance across five equally weighted domains: patient-funded demand, delivery-channel feasibility, clinical governance burden, commercial viability, and equity/legal risk. Each domain was scored 1-5 (1=most constrained, 5=most favourable, based on four underlying indicators) and averaged into an overall feasibility score per TA.
RESULTS: Stage 1 narrowed 39 TAs to 10; restricted reimbursement (32/39) and cross-country variation (29/39) were the commonest constraint signals. Mean domain scores across the 10 TAs were highest for patient-funded demand (3.5/5) and commercial viability (3.2/5), and lowest for equity/legal risk (2.6/5) and governance burden (2.8/5). Obesity/weight management and erectile dysfunction were the most feasible (4.2/5 each), reflecting established self-pay precedent, straightforward delivery and light monitoring. Fertility/ART followed closely (4.0/5), supported by existing private-clinic infrastructure. Gene therapies/ATMPs (1.2/5) and Alzheimer disease-modifying therapies (1.6/5) were the least feasible: heavy monitoring requirements, scarce specialist infrastructure and prohibitive cost outweighed clinical need.
CONCLUSIONS: Patient demand was high across most TAs; feasibility hinged instead on whether delivery could be made safe and affordable outside hospital-based public systems. The most feasible TAs paired strong self-pay demand with simple delivery, while the least feasible were areas structurally incompatible with self-pay on cost or infrastructure grounds. Private-market therefore suits chronic, self-administered, low-monitoring conditions, whereas complex or high-cost therapies are likely to remain reliant on public funding.
METHODS: A two-stage review searched official HTA and policy sources up to 1 June 2026 (NICE/NHS England, SMC, HAS, G-BA/IQWiG, AIFA, TLV, Zorginstituut Nederland, EMA, ECDC, WHO/Europe, PPRI). Stage 1 screened 39 TAs against seven predefined reimbursement-constraint signals; those with more than four signals advanced to Stage 2 (n=10). Stage 2 scored private-launch reliance across five equally weighted domains: patient-funded demand, delivery-channel feasibility, clinical governance burden, commercial viability, and equity/legal risk. Each domain was scored 1-5 (1=most constrained, 5=most favourable, based on four underlying indicators) and averaged into an overall feasibility score per TA.
RESULTS: Stage 1 narrowed 39 TAs to 10; restricted reimbursement (32/39) and cross-country variation (29/39) were the commonest constraint signals. Mean domain scores across the 10 TAs were highest for patient-funded demand (3.5/5) and commercial viability (3.2/5), and lowest for equity/legal risk (2.6/5) and governance burden (2.8/5). Obesity/weight management and erectile dysfunction were the most feasible (4.2/5 each), reflecting established self-pay precedent, straightforward delivery and light monitoring. Fertility/ART followed closely (4.0/5), supported by existing private-clinic infrastructure. Gene therapies/ATMPs (1.2/5) and Alzheimer disease-modifying therapies (1.6/5) were the least feasible: heavy monitoring requirements, scarce specialist infrastructure and prohibitive cost outweighed clinical need.
CONCLUSIONS: Patient demand was high across most TAs; feasibility hinged instead on whether delivery could be made safe and affordable outside hospital-based public systems. The most feasible TAs paired strong self-pay demand with simple delivery, while the least feasible were areas structurally incompatible with self-pay on cost or infrastructure grounds. Private-market therefore suits chronic, self-administered, low-monitoring conditions, whereas complex or high-cost therapies are likely to remain reliant on public funding.
Conference/Value in Health Info
2026-11, ISPOR Europe 2026, Vienna, Austria
Value in Health, Volume 29, Issue 12S
Code
HTA68
Topic
Health Technology Assessment
Topic Subcategory
Systems & Structure
Disease
No Additional Disease & Conditions/Specialized Treatment Areas